Core Apollo 630mm bars hic titanium

Original price was: £250.00.Current price is: £249.00.

Out of stock



CORE® Titanium Bars have been ridden, tested and approved by our entire team. Withstanding impact, improving trick speed (Barspins and Tailwhips) whilst looking absolutely gorgeous. Constructed out of space grade titanium and designed to feel perfect in your hands. These bars are a must-have for ALL experienced scooter riders. Our titanium bars fit both SCS and HIC. Titanium bars are the lightest bar on the market and ours are no exception. Weighing in at less than 700g; all weight has been saved without sacrificing strength. These are the lightest bars on the market. Titanium bars are the most sought-after bars on the market. Make sure you get yours quick because they won’t be in stock for very long. 630mm High 610mm Wide Comes With 5cm Slit PLEASE NOTE! Titanium is a high-grade metal and any modification of these bars will void your warranty. These bars come with a 30 Day none negotiable warranty. Titanium bars are created for the experienced rider and should be treated as such. Our Apollo bar features the most popular design in the industry after the classic “T” bar. As this design is commonly used we knew it was the correct time to make them out of titanium. This bar feature update geometry from end to end to improve the feel and response of the bar when in use. Our crossbar has been made thicker than normal 1.6mm steel and titanium bars. We thickened ours to 2mm which may not sound like a lot but it is 25% thicker and only 2% heavier; a worthwhile trade-off. By creating a thicker bar it reduces flexibility and bending at the same time. Any rider in the world will struggle to even come close to bending these bars. By flattening the downtube from an earlier start point; we have managed to create an even and bigger weld space giving our bar even more strength and reinforcement to prevent bending. By creating an extra 20mm of welding space the crossbar has lesser free room. This is even more strength added to our bar with 0% added weight. The Apollo Spacecraft was revolutionary; We aimed to make our bars as equally. From our perspective, we succeeded.